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Volume 270, Number 22, Issue of June 2, pp. 13366-13377, 1995
©1995 by The American Society for Biochemistry and Molecular Biology, Inc.
Assembly of a Chromosomal Replication Machine: Two DNA Polymerases, a Clamp Loader, and Sliding Clamps in One Holoenzyme Particle
III. INTERFACE BETWEEN TWO POLYMERASES AND THE CLAMP LOADER

Rene Onrust , Jeff Finkelstein , Jennifer Turner , Vytautas Naktinis , Mike O'Donnell

The nine-subunit DNA polymerase (Pol) III* coupled to its sliding clamp is a rapid and highly processive replicating machine. The multiple subunits are needed for the complicated task of duplicating the Escherichia coli chromosome. In this report, Pol III* was constituted from individual pure proteins, and its structure was studied. Constitution of the Pol III* particle requires an ordered addition of the subunits, and the final structure contains 14 polypeptides in the ratio `&khgr;. The structure can be summarized as being composed of two core polymerases () held together by a dimer of and one complex clamp loader (`&khgr;) for loading onto DNA. At the center of the structure, the related and subunits form a heterotetramer upon which the two core polymerases and clamp loader proteins assemble. The single copy nature of the , `, &khgr;, and subunits confers a structural asymmetry with respect to the two polymerases, presumably for the different functions of replicating the leading and lagging strands.




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